Microwave Redox-Plasma Reactor
Membrane-free, temporally decoupled water dissociation on demand.
- Dissociation temperature<250°C
- Plasma controlFrequency-tracked
- Gas separationTemporal, membrane-free
- FeedstockWater
We dissociate water below 250°C in a membrane-free, temporally decoupled microwave redox-plasma reactor at the point of use, inside the vehicle, and convert the hydrogen to electricity in a reversible solid oxide fuel cell. Just-in-time production means no stored hydrogen, no central price control, and no leakage. The only exhaust is water.
Two revolutionary technologies integrated into one seamless closed-loop system.
Membrane-free, temporally decoupled water dissociation on demand.
Industry-leading reversible solid oxide power system.
Closed-loop water-to-hydrogen-to-power ecosystem with 5-stage heat recuperation, coupling generation and storage into a single platform. Hydrogen and oxygen are produced in alternating time windows, so no membrane is needed and no explosive mixture can form.
Central production and storage of hydrogen gas brings danger, price control, and leakage. We skip all of it: hydrogen is made on board, used immediately, and returned as water.
No high-pressure tanks, no cryogenic storage, no central plants. Hydrogen is produced just in time, at the point of use, and consumed in the same breath. There is nothing volatile to transport, handle, or store.
On-board generation removes dependence on central suppliers. Operators are insulated from regional price volatility, supply bottlenecks, and the pricing power of a concentrated hydrogen market.
Hydrogen is never piped, trucked, or stockpiled, so there are no transfer losses, no boil-off, and no fugitive emissions between a plant and the vehicle. Water in. Electricity out. Water back.
Inside the vehicle, the microwave redox-plasma reactor dissociates water below 250°C, the reversible solid oxide system converts the hydrogen to electricity, and the only exhaust is water, which returns to the loop. Hydrogen exists only as an instantaneous intermediate, produced and consumed within milliseconds inside the cell stack; nothing dangerous ever accumulates. Generation, conversion, and recovery happen in one place, just in time, with 5-stage heat recuperation throughout.
Liquidynamix Limited is designed to operate on ADEPT AIOS: a deterministic enterprise operating system that runs the hydrogen factory and evaluates, compiles, and launches additional businesses for the portfolio.
The kernel orchestrates plant operations end to end: on-demand hydrogen production, energy dispatch, order-to-cash, and continuous optimization, with every state change logged immutably.
Beyond hydrogen, the platform scans markets, compiles blueprints, simulates unit economics, and launches the ventures it determines to be most profitable. Each is version-controlled and governed by the same kernel.
Regulated actions pause at cryptographic human-in-the-loop gates. The AI prepares everything; a human director signs; only then does money move.
Targeting multiple high-growth sectors with a combined total addressable market exceeding $2.5 trillion.
Reversible power systems for grid-scale and distributed storage.
Decarbonized feedstock for refining, chemicals and steel.
Zero-emission fuel for heavy and long-haul mobility, generated on board just in time.
Resilient, self-contained energy for remote and critical infrastructure.
$50M to scale manufacturing, deploy pilots, and achieve global commercialization.
We're seeking strategic investors, business angels, manufacturing partners, and EU funding opportunities.
Tell us about your interest and we'll come back to you with times.
Prefer email? Write to us directly at sales@liquidynamix.com.
Read the full investment summary instead, or watch the pitch deck.